I have 3.8V and 1.5Ah battery.I will use a step up circuit that gives 5v and 300mA
output using 3.5v in(from my battery).Then i will use blocking diode to take voltage
only(5v) and i dont need current from this circuit.Again I will also use a step down
circuit that gives 1v and 3A output using 3.5v in(from my battery).Then i will use
another blocking diode to take current(3A) only and i dont need voltage from this
circuit.So Can i get 5v and 3A output in this way from a 3.8V and 1.5Ah battery?And
Now what will happen with my battery?
I need to understand that if I can get more power out of the circuit than comes out
of the batteries. To extrapolate what I want to do, imagine I want to power my house
with 240V @ 100A (24KW). I want it with a 1V @ 100A (0.1KW) power source combined
with a 240V @ 1A (0.24KW) power source.
If to power my house with [email protected]
(taking the current only from here using blocking
diode) and with [email protected]
(taking the voltage only from here using another blocking
diode) and combine both of this to get [email protected]
it possible? Well if it is
possible i will again feed back the 5v and 3A output to battery to recharge it.So
before being the battery empty(if) i will be recharging it again by the estimated
output from the combined circuits.Will the battery really be empty after producing
separately stepped volt and current or can i get volt(5v) and current(3A) greater
than my battery(3.8V,1.5Ah) in this way?Does my thinking have a hope?